CN204115177U - Vertical air conditioner indoor set - Google Patents
Vertical air conditioner indoor set Download PDFInfo
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- CN204115177U CN204115177U CN201420489336.4U CN201420489336U CN204115177U CN 204115177 U CN204115177 U CN 204115177U CN 201420489336 U CN201420489336 U CN 201420489336U CN 204115177 U CN204115177 U CN 204115177U
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Abstract
The utility model is applicable to air-conditioning technical field, provides a kind of vertical air conditioner indoor set, is intended to solve in prior art the problem being difficult to realize front-outlet and side air-out and combining.This vertical air conditioner indoor set comprises the housing, intermediate switch door, the first side switch gate and the second side switch gate that are formed with intermediate gas flow path, the first side gas flow path and the second side gas flow path; When intermediate switch Men Yu opens separate intermediate gas flow path be the first sub-stream nozzle passage and the second sub-stream nozzle passage, intermediate switch door in deflection to the first side gas flow path or the second side gas flow path side and the first side switch gate of correspondence or the second side switch gate open.The first side gas flow path or the second side gas flow path side is deflected to by controlling intermediate switch door, and control corresponding first side switch gate or the second side switch gate is in open mode simultaneously, and realize the mode air-out that front-outlet combines with side air-out mouth, meet user to refrigeration and the pursuit heating comfort level.
Description
Technical field
The utility model belongs to air-conditioning technical field, particularly relates to a kind of vertical air conditioner indoor set.
Background technology
In existing vertical air conditioner indoor set, major part is all the mode adopting front-outlet or two side air-outs.And in its refrigeration with when heating, front-outlet mode can only by the air outlet in dead ahead, and two side air-out modes then can only pass through side air outlet.Like this, cause air-out mode comparatively single, and owing to being subject to the constraint of technical conditions, be difficult to realize the air-out mode that front-outlet and side air-out combine, greatly reduce the comfortableness of air-conditioner cooling and warming, be difficult to meet the pursuit of consumer to multidimensional air supply mode.
Utility model content
The purpose of this utility model is to provide a kind of vertical air conditioner indoor set, is intended to solve in prior art the problem being difficult to realize front-outlet and side air-out and combining.
The utility model realizes like this, a kind of vertical air conditioner indoor set, comprise housing, be formed with intermediate gas flow path in described housing and be positioned at the first side gas flow path and second side gas flow path of described intermediate gas flow path both sides, described housing offers the front-outlet mouth be connected with described intermediate gas flow path and the first side air-out mouth be connected with described second side gas flow path with described first side gas flow path respectively and the second side air-out mouth, described vertical air conditioner indoor set also comprises the intermediate switch door being installed on described front-outlet mouth and the first side switch gate being installed on described first side air-out mouth and described second side air-out mouth respectively and the second side switch gate, described intermediate switch Men Yu separates described intermediate gas flow path when opening be the first sub-stream nozzle passage and the second sub-stream nozzle passage, described intermediate switch door deflects to described first side gas flow path or described second side gas flow path side when described vertical air conditioner indoor set is in described first side gas flow path or described second side gas flow path air-supply and the described first side switch gate of correspondence or described second side switch gate are opened.
Further, described intermediate switch door deflection is 5-20 ° to the angle of described first side gas flow path or described second side gas flow path.
Further, inwall intersection in described first sub-stream nozzle passage and described second sub-stream nozzle passage is provided with the container cavity stretched into for described intermediate switch door one end, described container cavity have with described front-outlet mouth just to and the first chamber mural margin be oppositely arranged and the second chamber mural margin, described first chamber mural margin is positioned at described first sub-stream nozzle passage side, and described second chamber mural margin is positioned at described second sub-stream nozzle passage side; Rotate described intermediate switch door, and one end stretching into described container cavity of described intermediate switch door is resisted against described first chamber mural margin or described second chamber mural margin.
Further, when the work of described vertical air conditioner indoor set, open described intermediate switch door and one end of described intermediate switch door is resisted against the first chamber mural margin, described first side switch gate is in closed condition and described second side switch gate is in open mode.
Further, when described vertical air conditioner indoor set work, open described intermediate switch door and one end of described intermediate switch door is resisted against described second chamber mural margin, described first side switch gate is in open mode and described second side switch gate is in closed condition.
Further, described vertical air conditioner indoor set also comprises and is arranged at heat exchanger in described housing and air channel structure, described air channel structure comprise be arranged at described intermediate switch door and the spiral case part between described heat exchanger, be arranged at described spiral case part relative to both sides the first snail tongue and the second snail tongue, be close to described heat exchanger side and the first tubular wine wheel between described first snail tongue and described spiral case part and the second tubular wine wheel between described second snail tongue and described spiral case part; Described container cavity be arranged at described spiral case part just to the side of described front-outlet mouth.
Further, described vertical air conditioner indoor set also comprises and is arranged on described housing and connects the drive unit of described intermediate switch door, and described drive unit drives described intermediate switch door to rotate at described front-outlet mouth place and front-outlet mouth described in opening and closing.
Further, described vertical air conditioner indoor set comprises the first position of splitter of being arranged in described housing and also separating and be arranged between described first side gas flow path and described first sub-stream nozzle passage and is arranged at the second position of splitter described housing also separated and is arranged between described second sub-stream nozzle passage and described second side gas flow path.
Further, described vertical air conditioner indoor set also comprises rotating to be arranged at described first side gas flow path and described first sub-stream nozzle passages merge place and optionally to close the first conducting element of described first side gas flow path or described first sub-stream nozzle passage and rotation and is arranged at the second conducting element that described second side gas flow path and described second sub-stream nozzle passages merge place also correspondingly close described second sub-stream nozzle passage or the second side gas flow path.
Further, when described vertical air conditioner indoor set work, rotate described first conducting element and its one end is resisted against the inwall of described first side gas flow path and closes described first side gas flow path and open described first sub-stream nozzle passage, and rotate described second conducting element and its one end is resisted against the inwall of described second sub-stream nozzle passage and closes described second sub-stream nozzle passage and open described second side gas flow path.
Further, when described vertical air conditioner indoor set work, rotate described first conducting element and its one end is resisted against the inwall of described first sub-stream nozzle passage and closes described first sub-stream nozzle passage and open described first side gas flow path, and rotate described second conducting element and its one end is resisted against the inwall of described second side gas flow path and closes described second side gas flow path and open described second sub-stream nozzle passage.
Further, described vertical air conditioner indoor set also comprises and is arranged at described first side gas flow path and described first sub-stream nozzle passages merge place and the first rotating shaft being articulated in described first conducting element and be arranged at described second sub-stream nozzle passage and described second side gas flow path intersection and be articulated in the second rotating shaft of described second conducting element.
Further, described vertical air conditioner indoor set also comprises some the first blinds be arranged in described first sub-stream nozzle passage and fans and some the second blinds fans be arranged in described second sub-stream nozzle passage, each described first blinds fan parallel interval arranges and swings up and down, and each described second blinds fan parallel interval arranges and swings up and down.
Further, described housing comprises the front panel that is provided with described front-outlet mouth, described first side air-out mouth and described second side air-out mouth and is oppositely arranged with described front panel and supplies extraneous air to enter backboard in described intermediate gas flow path, described first side gas flow path and the second side gas flow path; Described first side switch gate is arranged at the close described first side air-out mouth place of described front panel and moves relative to described front panel, and described second side switch gate is arranged at the close described second side air-out mouth place of described front panel and moves relative to described front panel.
The utility model relative to the technique effect of prior art is: by deflecting described intermediate switch door described intermediate gas flow path to be separated into described first sub-stream nozzle passage and described second sub-stream nozzle passage, in refrigeration and heating operations, be in open mode by controlling described intermediate switch door and deflect to described first side gas flow path or described second side gas flow path side, and control described first side switch gate or described second side switch gate accordingly simultaneously and be in open mode, and realize the mode air-out that described front-outlet mouth combines with described first side air-out mouth or described second side air-out mouth, meet user to refrigeration and the pursuit heating comfort level.
Accompanying drawing explanation
Fig. 1 is the sectional view of the vertical air conditioner indoor set that the utility model provides;
Fig. 2 is the exploded view of the neutral cabinet type air conditioner indoor set of Fig. 1;
Fig. 3 is the sectional view of a kind of air-out mode of the neutral cabinet type air conditioner indoor set of Fig. 1;
Fig. 4 is the sectional view of the another kind of air-out mode of the neutral cabinet type air conditioner indoor set of Fig. 1.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Please refer to Fig. 1 to Fig. 4, the vertical air conditioner indoor set that the utility model embodiment provides comprises housing 10, be formed with intermediate gas flow path 11 in described housing 10 and be positioned at the first side gas flow path 12 and the second side gas flow path 13 of described intermediate gas flow path 11 both sides, described housing 10 offers the front-outlet mouth 14 be connected with described intermediate gas flow path 11 and the first side air-out mouth 15 and the second side air-out mouth 16 be connected with described second side gas flow path 13 with described first side gas flow path 12 respectively, described vertical air conditioner indoor set also comprises the intermediate switch door 20 being installed on described front-outlet mouth 14 and the first side switch gate 22 and the second side switch gate 24 being installed on described first side air-out mouth 15 and described second side air-out mouth 16 respectively, it is the first sub-stream nozzle passage 110 and the second sub-stream nozzle passage 112 that described intermediate switch door 20 separates described intermediate gas flow path 11 in time opening, described intermediate switch door 20 deflects to described first side gas flow path 12 or described second side gas flow path 13 side when described vertical air conditioner indoor set is in described first side gas flow path 12 or described second side gas flow path 13 is blown and the described first side switch gate 22 of correspondence or described second side switch gate 24 are opened.
In this embodiment, rotate described intermediate switch door 20 to open described front-outlet mouth 14, and making described first sub-stream nozzle passage 110 and described second sub-stream nozzle passage 112 be in conducting state, the air draught flowed in described housing 10 is discharged along described first sub-stream nozzle passage 110 and described second sub-stream nozzle passage 112 simultaneously; Meanwhile, by controlling described first side switch gate 22 to open and close described first side air-out mouth 15, or by controlling described second side switch gate 24 to open and close described second side air-out mouth 16.In refrigeration and heating operations, rotate described intermediate switch door 20 and be in open mode to make described front-outlet mouth 14, and make described intermediate switch door 20 deflect side to described first side gas flow path 12 or described second side gas flow path 13, simultaneously, open described first side switch gate 22 or described second side switch gate 24, described first side air-out mouth 15 or described second side air-out mouth 16 is made to be in open mode, like this, just can ensure in refrigeration and heating operations, described front-outlet mouth 14 is opened with described first side air-out mouth 15 or described second side air-out mouth 16 simultaneously, thus realize the air-out mode that front-outlet combines with side air-out, with the comfort level improving refrigeration and heat.
The vertical air conditioner indoor set that the utility model embodiment provides is by deflecting described intermediate switch door 20 described intermediate gas flow path 11 to be separated into described first sub-stream nozzle passage 110 and described second sub-stream nozzle passage 112, in refrigeration and heating operations, be in open mode by controlling described intermediate switch door 20 and deflect to described first side gas flow path 12 or described second side gas flow path 13 side, and control described first side switch gate 22 or described second side switch gate 24 accordingly simultaneously and be in open mode, and realize the mode air-out that described front-outlet mouth 14 combines with described first side air-out mouth 15 or described second side air-out mouth 16, meet user to refrigeration and the pursuit heating comfort level.
Please refer to Fig. 3 and Fig. 4, further, the angle that described intermediate switch door 20 deflects to described first side gas flow path 12 or described second side gas flow path 13 is 5-20 °.Understandably, described vertical air conditioner indoor set be in heat and heat state time, described intermediate switch door 20 deflects towards described first side gas flow path 12 or described second side gas flow path 13, and deflection angle is 5-20 °, conducting state is in make described first sub-stream nozzle passage 110 and described second sub-stream nozzle passage 112, thus realize front-outlet mouth 14 and described first side air-out mouth 15 or the air-out simultaneously of described second side air-out mouth 16, improve comfort level.
Please refer to Fig. 3 and Fig. 4, further, inwall intersection in described first sub-stream nozzle passage 110 and described second sub-stream nozzle passage 112 is provided with the container cavity 17 stretched into for described intermediate switch door 20 one end, described container cavity 17 have with described front-outlet mouth 14 just to and the first chamber mural margin 170 and the second chamber mural margin 172 be oppositely arranged, described first chamber mural margin 170 is positioned at described first sub-stream nozzle passage 110 side, and described second chamber mural margin 172 is positioned at described second sub-stream nozzle passage 112 side; Rotate described intermediate switch door 20, and one end stretching into described container cavity 17 of described intermediate switch door 20 is resisted against described first chamber mural margin 170 or described second chamber mural margin 172.Understandably, described container cavity 17 is recessed and the opening of described container cavity 17 just can stretch in described container cavity 17 to described front-outlet mouth 14 to make described intermediate switch door 20, described first chamber mural margin 170 is the end of described first sub-stream nozzle passage 110 inwall, similarly, described second chamber mural margin 172 is the end of described second sub-stream nozzle passage 112 inwall.
Described front-outlet mouth 14, when described container cavity 17 intrinsic deflection, is divided into the first front-outlet mouth 14 and the second front-outlet mouth 14 be interconnected with described first sub-stream nozzle passage 110 and described second sub-stream nozzle passage 112 respectively by described intermediate switch door 20.
Carry out in refrigeration and heating operations at described vertical air conditioner indoor set, rotate described intermediate switch door 20 and make its one end described stretch in described container cavity 17, one end of described intermediate switch door 20 is resisted against described first chamber mural margin 170 and extends to described first front-outlet mouth 14 to make the inwall of described first sub-stream nozzle passage 110, and ensure that described air draught flows out through described first sub-stream nozzle passage 110 and has direction continuity at described first front-outlet mouth 14 place; Similarly, one end of described intermediate switch door 20 is resisted against described second chamber mural margin 172 and extends to described second front-outlet mouth 14 to make the inwall of its second sub-stream nozzle passage 112, and ensure that described air draught flows out through described second sub-stream nozzle passage 112 and has direction continuity at described second front-outlet mouth 14 place.Preferably, when described intermediate switch door 20 is resisted against described first chamber mural margin 170 or described second chamber mural margin 1722, the angle that described intermediate switch door 20 rotates is 5-20 °.
Please refer to Fig. 3, further, when described vertical air conditioner indoor set work, open described intermediate switch door 20 and one end of described intermediate switch door 20 is resisted against the first chamber mural margin 170, described first side switch gate 22 is in closed condition and described second side switch gate 24 is in open mode.Understandably, carry out in refrigeration and heating operations at described vertical air conditioner indoor set, rotate described intermediate switch door 20 and one end of described intermediate switch door 20 stretched in described container cavity 17 and this end is resisted against described first chamber mural margin 170, close described first side switch gate 22 and open described second side switch gate 24, closed condition is in and described second side air-out mouth 16 is in open mode to make described first side air-out mouth 15, the air draught flowed in described housing 10 divides multiple branch to discharge, wherein, one branches into and discharges from described first front-outlet mouth 14 along described first sub-stream nozzle passage 110, another branch discharges along described second sub-stream nozzle passage 112 and/or described second side gas flow path 13 from described second front-outlet mouth 14 and/or described second side air-out mouth 16, thus achieve front-outlet mouth 14 and the air-out simultaneously of described second side air-out mouth 16, improve comfort level.
Please refer to Fig. 4, further, when described vertical air conditioner indoor set work, open described intermediate switch door 20 and one end of described intermediate switch door 20 is resisted against described second chamber mural margin 172, described first side switch gate 22 is in open mode and described second side switch gate 24 is in closed condition.Understandably, carry out in refrigeration and heating operations at described vertical air conditioner indoor set, rotate described intermediate switch door 20 and one end of described intermediate switch door 20 stretched in described container cavity 17 and this end is resisted against described second chamber mural margin 172, close described second side switch gate 24 and open described first side switch gate 22, closed condition is in and described first side air-out mouth 15 is in open mode to make described second side air-out mouth 16, the air draught flowed in described housing 10 divides multiple branch to discharge, wherein, one branches into and discharges from described first side air-out mouth 15 and/or described first front-outlet mouth 14 along the first side gas flow path 12 and/or described first sub-stream nozzle passage 110, another branches into discharges along described second sub-stream nozzle passage 112 from described second front-outlet mouth 14, thus achieve front-outlet mouth 14 and the air-out simultaneously of described first side air-out mouth 15, improve comfort level.
Please refer to Fig. 1 to Fig. 4, further, described vertical air conditioner indoor set also comprises and is arranged at heat exchanger 70 in described housing 10 and air channel structure 30, and described air channel structure 30 comprises and is arranged at the spiral case part 31 between described intermediate switch door 20 with described heat exchanger 70, the first snail tongue 32 being arranged at the described relative both sides of spiral case part 31 and the second snail tongue 33, is close to described heat exchanger 70 side and the first blower fan 34 between described first snail tongue 32 and described spiral case part 31 and the second blower fan 35 between described second snail tongue 33 and described spiral case part 31; Described container cavity 17 be arranged at described spiral case part 31 just to the side of described front-outlet mouth 14.Understandably, described intermediate gas flow path 11 is separated into described first sub-stream nozzle passage 110 and the second sub-stream nozzle passage 112 by described spiral case part 31, the first side gas flow path 12 is formed between described first snail tongue 32 and described spiral case part 31, and described first sub-stream nozzle passage 110 has intersection with described first side gas flow path 12 in air draught porch, similarly, described second side gas flow path 13 is formed between described ground two snail tongues and described spiral case part 31, and described second sub-stream nozzle passage 112 has intersection with described second side gas flow path 13 in air draught porch.
In this embodiment, described air channel structure 30 is arranged between described housing 10 and described heat exchanger 70, air draught to enter in described air channel structure 30 through described heat exchanger 70 and discharges with described first side gas flow path 12 or described second side gas flow path 13 through described intermediate gas flow path 11, particularly, the described air draught part flowed in described air channel structure 30 is optionally discharged along described first side gas flow path 12 and described first sub-stream nozzle passage 110 from described first side air-out mouth 15 or described first front-outlet mouth 14, another part is optionally discharged along described second sub-stream nozzle passage 112 and described second side gas flow path 13 from described second front-outlet mouth 14 and described second side air-out mouth 16.Namely, the a part of air-flow flowing into the described air draught in described air channel structure 30 is discharged along described first side gas flow path 12 and described first sub-stream nozzle passage 110 from described first side air-out mouth 15 and described first front-outlet mouth 14, and another part air-flow is correspondingly discharged along described second sub-stream nozzle passage 112 from described second front-outlet mouth 14; Or, the a part of air-flow flowing into the described air draught in described air channel structure 30 is discharged along described first sub-stream nozzle passage 110 from described first front-outlet mouth 14, and another part air-flow is discharged along described second side gas flow path 13 and described second sub-stream nozzle passage 112 from described second side air-out mouth 16 and described second front-outlet mouth 14.Therefore, this vertical air conditioner indoor set is in refrigeration and heating operations, by controlling front-outlet mouth 14 and air-out while of the first side air-out mouth 15 or the second side air-out mouth 16, to realize the mode air-out that front-outlet combines with side air-out, meet user to refrigeration and the pursuit heating comfort level, substantially increase refrigeration and heat comfort level effect.
Understandably, when one end of described intermediate switch door 20 is resisted against described first chamber mural margin 170, a sidewall of described spiral case part 31 and a sidewall of described intermediate switch door 20 form an inwall of described first sub-stream nozzle passage 110; When one end of described intermediate switch door 20 is resisted against described second chamber mural margin 172, another sidewall of described spiral case part 31 and another sidewall of described intermediate switch door 20 form an inwall of described second sub-stream nozzle passage 112.Preferably, described spiral case part 31 comprises the first surface 310 of the inwall forming described first side gas flow path 12 and forms second curved surface 312 of an inwall of described second side gas flow path 13, described first surface 310 is symmetrical arranged with described second curved surface 312, described container cavity 17 is symmetricly set between described first surface 310 and described second curved surface 312, and described first chamber mural margin 170 is connected to the end of described first surface 310, described second chamber mural margin 172 is connected to the end of described second curved surface 312, namely described container cavity 17 is for being formed at the depressed part on described spiral case part 31.
Preferably, described first blower fan 34 and described second blower fan 35 can be tubular wine wheel or centrifugal wind wheel.
Please refer to Fig. 1 to Fig. 4, further, described vertical air conditioner indoor set also comprises and is arranged on described housing 10 and connects the drive unit (not shown) of described intermediate switch door 20, and described drive unit drives described intermediate switch door 20 to rotate at described front-outlet mouth 14 place and front-outlet mouth 14 described in opening and closing.Understandably, when described vertical air conditioner indoor set quits work, described drive unit drives described intermediate switch door 20 to rotate to cut out described front-outlet mouth 14, is entered in described housing 10 by described front-outlet mouth 14 to avoid extraneous dust.When described vertical air conditioner indoor set carries out freezing and heating, described drive unit drives described intermediate switch door 20 to rotate at described front-outlet mouth 14 place, and make one end of described intermediate switch door 20 stretch in described container cavity 17 deflection with against to described first chamber mural margin 170 or described second chamber mural margin 172, thus form the extension inwall of described first sub-stream nozzle passage 110 or described second sub-stream nozzle passage 112, play and lead wind action, effectively can improve the air-out effect of described first front-outlet mouth 14 or described second front-outlet mouth 14.
Please refer to Fig. 1 to Fig. 4, further, described vertical air conditioner indoor set comprises the first position of splitter 40a of being arranged in described housing 10 and also separating and be arranged between described first side gas flow path 12 and described first sub-stream nozzle passage 110 and is arranged at the second position of splitter 40b described housing 10 also being separated and is arranged between described second sub-stream nozzle passage 112 and described second side gas flow path 13.Understandably, described first position of splitter 40a to be arranged between described first side air-out mouth 15 and described first front-outlet mouth 14 and to mark off described first side gas flow path 12 and described first sub-stream nozzle passage 110, and described second position of splitter 40b to be arranged between described second side air-out mouth 16 and described second front-outlet mouth 14 and to mark off described second sub-stream nozzle passage 112 and described second side gas flow path 13.Described first side gas flow path 12 is formed between described first snail tongue 32 and described first position of splitter 40a, described first sub-stream nozzle passage 110 is formed between described first position of splitter 40a and described spiral case part 31, described second sub-stream nozzle passage 112 is formed between described spiral case part 31 and described second position of splitter 40b, and described second side gas flow path 13 is formed between described second position of splitter 40b and described second snail tongue 33.
Please refer to Fig. 1 to Fig. 4, further, described vertical air conditioner indoor set also comprises rotating and is arranged at described first side gas flow path 12 with described first sub-stream nozzle passage 110 intersection and first conducting element 52 and rotating of optionally closing described first side gas flow path 12 or described first sub-stream nozzle passage 110 is arranged at the second conducting element 54 that described second side gas flow path 13 and described second sub-stream nozzle passage 112 intersection also correspondingly close described second sub-stream nozzle passage 112 or the second side gas flow path 13.Understandably, described first conducting element 52 is arranged at the intersection of described first side gas flow path 12 and described first sub-stream nozzle passage 110, and comprise the first turning end 520 arranged near described first position of splitter 40a and first abutment end 522 that can be resisted against on described first side gas flow path 12 inwall, similarly, described second conducting element 54 is arranged at the intersection of described second sub-stream nozzle passage 112 and described second side gas flow path 13, and comprise the second turning end 540 arranged near described second position of splitter 40b and second abutment end 542 that can be resisted against on described second side gas flow path 13 inwall,
Described vertical air conditioner indoor set, in refrigeration and heating operations, has the air-out mode that two kinds of front-outlets combine with side air-out.
When described vertical air conditioner indoor set work, rotate described first conducting element 52 and its one end is resisted against the inwall of described first side gas flow path 12 and closes described first side gas flow path 12 and open described first sub-stream nozzle passage 110, and rotate described second conducting element 54 and its one end is resisted against the inwall of described second sub-stream nozzle passage 112 and closes described second sub-stream nozzle passage 112 and open described second side gas flow path 13.Particularly, drive unit rotates described intermediate switch door 20, one end of intermediate switch door 20 is stretched in described container cavity 17 and is resisted against described first chamber mural margin 170, close described first side switch gate 22 to close described first side air-out mouth 15 and to open described second side switch gate 24 to open described second side outlet, simultaneously, described first conducting element 52 to rotate and described first abutment end 522 is resisted against on the inwall of described first side gas flow path 12 towards described first side gas flow path 12, namely described first abutment end 522 is resisted against on described first snail tongue 32 to close described first side gas flow path 12, preferably, the rotational angle of described first conducting element 52 is about 50-60 °, described second conducting element 54 to rotate and described second abutment end 542 is resisted against on the inwall of described second sub-stream nozzle passage 112 towards described second sub-stream nozzle passage 112, namely described second abutment end 542 be resisted against described spiral case part 31 the second curved surface 312 on to close described second sub-stream nozzle passage 112, preferably, the rotational angle of described second conducting element 54 is about 50-60 °.Now, the air draught part flowed in described air channel structure 30 is discharged from described first front-outlet mouth 14 through described first sub-stream nozzle passage 110, and another part is discharged from described second side air-out mouth 16 through described second side gas flow path 13, thus realize the first front-outlet mouth 14 and combine with described second side air-out mouth 16 and carry out air-out.
When described vertical air conditioner indoor set work, rotate described first conducting element 52 and its one end is resisted against the inwall of described first sub-stream nozzle passage 110 and closes described first sub-stream nozzle passage 110 and open described first side gas flow path 12, and rotate described second conducting element 54 and its one end is resisted against the inwall of described second side gas flow path 13 and closes described second side gas flow path 13 and open described second sub-stream nozzle passage 112.Particularly, drive unit rotates described intermediate switch door 20, one end of intermediate switch door 20 is stretched in described container cavity 17 and is resisted against described second chamber mural margin 172, close described second side switch gate 24 to close described second side air-out mouth 16 and to open described first side switch gate 22 to open described first side air-out mouth 15, simultaneously, described first conducting element 52 to rotate and described first abutment end 522 is resisted against on the inwall of described first sub-stream nozzle passage 110 towards described first sub-stream nozzle passage 110, namely described first abutment end 522 be resisted against described spiral case part 31 first surface 310 on to close described first sub-stream nozzle passage 110, preferably, the rotational angle of described first conducting element 52 is about 50-60 °, described second conducting element 54 to rotate and described second abutment end 542 is resisted against on the inwall of described second side gas flow path 13 towards described second side gas flow path 13, namely described second abutment end 542 is resisted against on described second snail tongue 33 to close described second side gas flow path 13, preferably, the rotational angle of described second conducting element 54 is about 50-60 °, now, the air draught part flowed in described air channel structure 30 is discharged from described first side air-out mouth 15 through described first side gas flow path 12, another part is discharged from described second front-outlet mouth 14 through described second sub-stream nozzle passage 112, thus realize the second front-outlet mouth 14 and combine with described first side air-out mouth 15 and carry out air-out.
Please refer to Fig. 1 to Fig. 4, further, described vertical air conditioner indoor set also comprises and is arranged at described first side gas flow path 12 and described first sub-stream nozzle passage 110 intersection and the first rotating shaft 60a being articulated in described first conducting element 52 and be arranged at described second sub-stream nozzle passage 112 and described second side gas flow path 13 intersection and be articulated in the second rotating shaft 60b of described second conducting element 54.Understandably, described first rotating shaft 60a is articulated in described first turning end 520 and can rotates around described first rotating shaft 60a to make described first conducting element 52, and described second rotating shaft 60b is articulated in described second turning end 540 and can rotates around described second rotating shaft 60b to make described second conducting element 54.Alternatively, drive motors (not shown) is respectively equipped with in one end of one end of described first rotating shaft 60a and described second rotating shaft 60b, utilize described drive motors to drive described first rotating shaft 60a and described second rotating shaft 60b to rotate, and drive described first conducting element 52 and described second conducting element 54 to rotate.
Please refer to Fig. 1 to Fig. 4, further, described vertical air conditioner indoor set also comprises some the first blinds be arranged in described first sub-stream nozzle passage 110 and fans 80a and some the second blinds fan 80b be arranged in described second sub-stream nozzle passage 112, each described first blinds fan 80a parallel interval arranges and swings up and down, and each described second blinds fan 80b parallel interval arranges and swings up and down.Understandably, when described vertical air conditioner indoor set work, the fraction that this vertical air conditioner indoor set produces is discharged by the first front-outlet mouth 14 through the first sub-stream nozzle passage 110, now the first blinds fan 80a synchronous interior swing among a small circle all up and down, certain active force is produced to the air-flow in the first sub-stream nozzle passage 110, promote the flow velocity of the first front-outlet mouth 14 place air-flow, the effect of current stabilization can be played, strengthen the air-out effect of this vertical air conditioner indoor set.Similarly, the fraction that this vertical air conditioner indoor set produces is discharged by the second front-outlet mouth 14 through the second sub-stream nozzle passage 112, now the second blinds fan 80b synchronous interior swing among a small circle all up and down, certain active force is produced to the air-flow in the second sub-stream nozzle passage 112, promote the flow velocity of the second front-outlet mouth 14 place air-flow, the effect of current stabilization can be played, strengthen the air-out effect of this vertical air conditioner indoor set.
Please refer to Fig. 1 to Fig. 4, further, described housing 10 comprises the front panel 18 that is provided with described front-outlet mouth 14, described first side air-out mouth 15 and described second side air-out mouth 16 and is oppositely arranged with described front panel 18 and supplies extraneous air to enter backboard 19 in described intermediate gas flow path 11, described first side gas flow path 12 and the second side gas flow path 13; Described first side switch gate 22 is arranged at close described first side air-out mouth 15 place of described front panel 18 and moves relative to described front panel 18, and described second side switch gate 24 is arranged at close described second side air-out mouth 16 place of described front panel 18 and moves relative to described front panel 18.Understandably, described front panel 18 is provided with drive described first side switch gate 22 to move at described first side air-out mouth 15 place respectively and described second side switch gate 24 in the driving mechanism (not shown) of described second side air-out mouth 16 place's movement.When this vertical air conditioner indoor set works, start this driving mechanism and open described first side air-out mouth 15 to drive described first side switch gate 22 to move or drive described second side switch gate 24 move and open described second side air-out mouth 16.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (11)
1. a vertical air conditioner indoor set, it comprises housing, be formed with intermediate gas flow path in described housing and be positioned at the first side gas flow path and second side gas flow path of described intermediate gas flow path both sides, described housing offers the front-outlet mouth be connected with described intermediate gas flow path and the first side air-out mouth be connected with described second side gas flow path with described first side gas flow path respectively and the second side air-out mouth, it is characterized in that: described vertical air conditioner indoor set also comprises the intermediate switch door being installed on described front-outlet mouth and the first side switch gate being installed on described first side air-out mouth and described second side air-out mouth respectively and the second side switch gate, described intermediate switch Men Yu separates described intermediate gas flow path when opening be the first sub-stream nozzle passage and the second sub-stream nozzle passage, described intermediate switch door deflects to described first side gas flow path or described second side gas flow path side when described vertical air conditioner indoor set is in described first side gas flow path or described second side gas flow path air-supply and the described first side switch gate of correspondence or described second side switch gate are opened.
2. vertical air conditioner indoor set as claimed in claim 1, is characterized in that: described intermediate switch door deflection is 5-20 ° to the angle of described first side gas flow path or described second side gas flow path.
3. vertical air conditioner indoor set as claimed in claim 1, it is characterized in that: the inwall intersection in described first sub-stream nozzle passage and described second sub-stream nozzle passage is provided with the container cavity stretched into for described intermediate switch door one end, described container cavity have with described front-outlet mouth just to and the first chamber mural margin be oppositely arranged and the second chamber mural margin, described first chamber mural margin is positioned at described first sub-stream nozzle passage side, and described second chamber mural margin is positioned at described second sub-stream nozzle passage side; Rotate described intermediate switch door, and one end stretching into described container cavity of described intermediate switch door is resisted against described first chamber mural margin or described second chamber mural margin.
4. vertical air conditioner indoor set as claimed in claim 3, it is characterized in that: when described vertical air conditioner indoor set work, open described intermediate switch door and one end of described intermediate switch door is resisted against the first chamber mural margin, described first side switch gate is in closed condition and described second side switch gate is in open mode.
5. vertical air conditioner indoor set as claimed in claim 3, it is characterized in that: when described vertical air conditioner indoor set work, open described intermediate switch door and one end of described intermediate switch door is resisted against described second chamber mural margin, described first side switch gate is in open mode and described second side switch gate is in closed condition.
6. vertical air conditioner indoor set as claimed in claim 1, it is characterized in that: also comprise and be arranged on described housing and connect the drive unit of described intermediate switch door, described drive unit drives described intermediate switch door to rotate at described front-outlet mouth place and front-outlet mouth described in opening and closing.
7. vertical air conditioner indoor set as claimed in claim 1, is characterized in that: comprise the first position of splitter of being arranged in described housing and also separating and be arranged between described first side gas flow path and described first sub-stream nozzle passage and be arranged at the second position of splitter described housing also separated and is arranged between described second sub-stream nozzle passage and described second side gas flow path.
8. the vertical air conditioner indoor set as described in claim 1 to 7 any one, is characterized in that: also comprise rotating to be arranged at described first side gas flow path and described first sub-stream nozzle passages merge place and optionally to close the first conducting element of described first side gas flow path or described first sub-stream nozzle passage and rotation and be arranged at the second conducting element that described second side gas flow path and described second sub-stream nozzle passages merge place also correspondingly close described second sub-stream nozzle passage or the second side gas flow path.
9. vertical air conditioner indoor set as claimed in claim 8, is characterized in that: comprise and be arranged at described first side gas flow path and described first sub-stream nozzle passages merge place and the first rotating shaft being articulated in described first conducting element and be arranged at described second sub-stream nozzle passage and described second side gas flow path intersection and be articulated in the second rotating shaft of described second conducting element.
10. the vertical air conditioner indoor set as described in claim 1 to 7 any one, it is characterized in that: also comprise some the first blinds be arranged in described first sub-stream nozzle passage and fan and some the second blinds fans be arranged in described second sub-stream nozzle passage, each described first blinds fan parallel interval arranges and swings up and down, and each described second blinds fan parallel interval arranges and swings up and down.
11. vertical air conditioner indoor sets as described in claim 1 to 7 any one, is characterized in that: described housing comprises the front panel that is provided with described front-outlet mouth, described first side air-out mouth and described second side air-out mouth and is oppositely arranged with described front panel and supplies extraneous air to enter backboard in described intermediate gas flow path, described first side gas flow path and the second side gas flow path; Described first side switch gate is arranged at the close described first side air-out mouth place of described front panel and moves relative to described front panel, and described second side switch gate is arranged at the close described second side air-out mouth place of described front panel and moves relative to described front panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420489336.4U CN204115177U (en) | 2014-08-27 | 2014-08-27 | Vertical air conditioner indoor set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420489336.4U CN204115177U (en) | 2014-08-27 | 2014-08-27 | Vertical air conditioner indoor set |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204115177U true CN204115177U (en) | 2015-01-21 |
Family
ID=52332480
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420489336.4U Active CN204115177U (en) | 2014-08-27 | 2014-08-27 | Vertical air conditioner indoor set |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204115177U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104613620A (en) * | 2015-02-02 | 2015-05-13 | 广东美的制冷设备有限公司 | Air-conditioner and air outlet control method thereof |
| CN104613545A (en) * | 2015-02-02 | 2015-05-13 | 广东美的制冷设备有限公司 | Air-conditioner indoor unit and air outlet control method of air-conditioner |
| WO2023246706A1 (en) * | 2022-06-21 | 2023-12-28 | 青岛海尔空调器有限总公司 | Vertical indoor air-conditioning unit |
-
2014
- 2014-08-27 CN CN201420489336.4U patent/CN204115177U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104613620A (en) * | 2015-02-02 | 2015-05-13 | 广东美的制冷设备有限公司 | Air-conditioner and air outlet control method thereof |
| CN104613545A (en) * | 2015-02-02 | 2015-05-13 | 广东美的制冷设备有限公司 | Air-conditioner indoor unit and air outlet control method of air-conditioner |
| CN104613620B (en) * | 2015-02-02 | 2017-05-10 | 广东美的制冷设备有限公司 | Air-conditioner and air outlet control method thereof |
| CN104613545B (en) * | 2015-02-02 | 2017-05-10 | 广东美的制冷设备有限公司 | Air-conditioner indoor unit and air outlet control method of air-conditioner |
| WO2023246706A1 (en) * | 2022-06-21 | 2023-12-28 | 青岛海尔空调器有限总公司 | Vertical indoor air-conditioning unit |
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